Abstract: Various embodiments provide a miter saw assembly including a circular saw detachably coupled to a miter base. The circular saw includes a circular blade, a motor, a power supply, and an attachment mechanism. The motor is operable to rotate the circular blade. The power supply is operable to provide power to the motor. The attachment mechanism detachably couples with a coupling arm of the miter base. The miter base includes a base and a support arm. The support arm includes the coupling arm, a vertical pivot, and a horizontal pivot. The vertical pivot is operable to pivot the coupling arm in a vertical plane. The horizontal pivot is rotatably coupled with the base. The horizontal pivot is operable to rotate the coupling arm in a horizontal plane.

Abstract: Various embodiments provide a miter saw assembly including a circular saw detachably coupled to a miter base. The circular saw includes a circular blade, a motor, a power supply, and an attachment mechanism. The motor is operable to rotate the circular blade. The power supply is operable to provide power to the motor. The attachment mechanism detachably couples with a coupling arm of the miter base. The miter base includes a base and a support arm. The support arm includes the coupling arm, a vertical pivot, and a horizontal pivot. The vertical pivot is operable to pivot the coupling arm in a vertical plane. The horizontal pivot is rotatably coupled with the base. The horizontal pivot is operable to rotate the coupling arm in a horizontal plane.

Abstract: A miter saw assembly including a circular saw detachably coupled to a miter base is provided. The circular saw includes a circular blade, a motor, a power supply, and an attachment mechanism. The motor is operable to rotate the circular blade. The power supply is operable to provide power to the motor. The attachment mechanism detachably couples with a coupling arm of the miter base. The miter base includes a base and a support arm. The support arm includes the coupling arm, a vertical pivot, and a horizontal pivot. The vertical pivot is operable to pivot the coupling arm in a vertical plane. The horizontal pivot is rotatably coupled with the base. The horizontal pivot is operable to rotate the coupling arm in a horizontal plane.

Abstract: Various embodiments provide a miter saw assembly including a circular saw detachably coupled to a miter base. The circular saw includes a circular blade, a motor, a power supply, and an attachment mechanism. The motor is operable to rotate the circular blade. The power supply is operable to provide power to the motor. The attachment mechanism detachably couples with a coupling arm of the miter base. The miter base includes a base and a support arm. The support arm includes the coupling arm, a vertical pivot, and a horizontal pivot. The vertical pivot is operable to pivot the coupling arm in a vertical plane. The horizontal pivot is rotatably coupled with the base. The horizontal pivot is operable to rotate the coupling arm in a horizontal plane.

Abstract: A laminator assembly comprising a pair of rollers, the rollers defining a compression zone therebetween for compressing a substantially flat lamination pouch as the pouch is fed between the rollers and advanced through the compression zone for exit on the exit side of the rollers, a heat source being provided for heating the lamination pouch as the lamination pouch is compressed between the rollers, the laminator assembly further comprising two sets of blade members positioned on the exit side of the rollers and spaced from the compression-plane of the rollers, each set of blade members being arranged axially along a respective roller and in close proximity to the exterior surface of the respective roller for preventing the lamination pouch from passing between the roller and respective blade members.

Abstract: A laminator assembly comprising a pair of rollers, the rollers defining a compression zone therebetween for compressing a substantially flat lamination pouch as the pouch is fed between the rollers and advanced through the compression zone for exit on the exit side of the rollers, a heat source being provided for heating the lamination pouch as the lamination pouch is compressed between the rollers, the laminator assembly further comprising two sets of blade members positioned on the exit side of the rollers and spaced from the compression-plane of the rollers, each set of blade members being arranged axially along a respective roller and in close proximity to the exterior surface of the respective roller for preventing the lamination pouch from passing between the roller and respective blade members.